[Properties]
Toho Zinc has the No. 1 dust core coils in the world. It is made with highly pure electrolytic iron (Miron) as the base material through integrated production. These electronic parts can be made by environment-friendly methods which support high efficiency, compactness and lightness of the electronic parts and contribute to energy conservation.

HK coil series is an alloy-based dust choke that we can confidently recommend. The starting material for this product is the high purity electrolytic iron "micron" which has the largest market share in the world, and through alloy manufacture, disintegration, core formation, and bending, start to finish production is performed.

These cater to your needs in terms of cost, function and quality by variation of a wide range of reliable high performance products. These include SMD type high power configurations such as the toroidal type and HKBS formed form standard HK material in which direct current bias is improved, as well HKL,HKS and HKH material which has excellent core loss properties.

By using amorphous dust material which has the lowest core loss of metal materials, lower level of loss and higher efficiency is realized.

Because heat generated due to core loss is low and weigh characteristic are excellent, a core that is one size smaller becomes possible. Aside from these products, SK coils (pure iron dust choke), FK coil (common mode choke-coil), high frequency transducers, noise filters etc are also available.

[Properties]
Micrometals are manufactured by Micrometal, Inc. of the U.S.A. As specialized dust core manufacturers, they carry a wide variety of materials and configurations.

The core material uses a magnetic alloy which can function in temperature increases of up to 200°C. This is suitable for use in the extreme temperature conditions required by the automobile industry such as inside motor vehicle bonnets. There are two types which are material 60 and material 70 which we have processed to HC/IC core with is toroidal and E-core geometric configurations.